LOTUS Solar Street Lighting System
LOTUS LT Solar Street Lighting
LOTUS LT-X Solar Street Lighting
Solar lighting system use solar cells to convert natural solar energy into electricity and supply it to LED sources of light. Applying LED solar lighting system can achieve high energy efficiency, reliability, and practical value due to the low voltage, energy saving and long-term characteristics of LED light sources.
• 100% Autonomy with solar energy
• Integrated design – All In One
• Internal battery
• Light and durable
• IP65 (Water proof)
• Long life battery
• Body Material: Aluminum with corrosion resistance
• Presence sensor with human induction, greater sensitivity and control
Solar Lighting System Composition
solar system night light source of light, post and bracket lamp, controller, and battery.
Solar lighting Theory of work
Solar panels are used during the day to absorb solar radiation and transform light energy into electrical energy collected by a controller in the storage battery as the battery begins to discharge and illuminate the light source at night. The controller will be turned off in the morning and your solar lighting system will work.
Solar Lighting Characteristics
Voltage of the System: DC12V/24V;
Source of adaptive solar light systems: source of LED light;
Working hours daily: 6~10h;
Rainy days on a continuous basis: 3~5 days;
Solar panel: monocrystalline high-conversion efficiency silicon solar panel l;
Battery: sealed gel battery with valve power, lead carbon battery, lithium battery, dedicated solar energy;
Controller: PWM control, light control, time control, floating charging and delay feature, with overcharge/overdischarge evidence.
LOTUS ENERGIE solar lighting system ensure validation of the implementation of renewable energy, day-to-day use and light efficiency. Our Remote Management System (RMS) helps customers to monitor all facets of the lighting system and keep track of monthly savings in money and resources. Our LIGHT-TUS software for RMS:Reduces operating costs by up to 80% .and 70 percent of problems are addressed remotely, improving maintenance.
To maximize efficiency, it offers automated lighting schedules and predictive weather analysis.
Provides system warnings and alarms with 24/7 automated monitoring.
Allows battery optimization by longer life cycle tracking, reducing maintenance costs by 40 percent .